For over two years now, the concepts of "Russian collusion" and "Russian election meddling" have been shoved down our throats by the mainstream media (MSM) under the guise of legitimate concern that the Kremlin may have installed a puppet president in Donald Trump.

Having no evidence of collusion aside from a largely unverified opposition-research dossier fabricated by a former British spy, the focus shifted from "collusion" to "meddling" and "influence." In other words, maybe Trump didn't actually collude with Putin, but the Kremlin used Russian tricks to influence the election in Trump's favor.

Nothing - Scheme - Spectre - Doubt - Legitimacy

To some, this looked like nothing more than an establishment scheme to cast a permanent spectre of doubt over the legitimacy of President Donald J. Trump.

Election meddling "Russian bots" and "troll farms" became the central focus - as claims were levied of social media operations conducted by Kremlin-linked organizations which sought to influence and divide certain segments of America.

Evidence - Influence - Operation - Handful - Indictments

And while scant evidence of a Russian influence operation exists outside of a handful of indictments connected to a St. Petersburg "Troll farm" (which a liberal journalist cast serious doubt over), the MSM - with all of their proselytizing over the "threat to democracy" that election meddling poses, has largely decided to ignore actual evidence of "Russian bots" created by Democrat IT experts, used against a GOP candidate in the Alabama special election, and amplified through the Russian bot-detecting "Hamilton 68" dashboard developed by the same IT experts.

Democratic operative Jonathon Morgan - bankrolled by LinkedIn founder Reid Hoffman, pulled a Russian bot "false flag" operation against GOP candidate Roy Moore in the Alabama special election last year - creating thousands of fake social media accounts designed to influence voters. Hoffman has since apologized, while Morgan was suspended by Facebook for "coordinated inauthentic" behavior.